Faculty

Institution

Unit

Venue

Darci Snowden

Professor

Central Washington University

Affiliations

College of the Sciences

Physics

Darci Snowden is currently serving as a College Of The Sciences Professor at Central Washington University.

Honors

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Experiences

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Education

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Darci Snowden

Central Washington University

Professor

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planetary sciences space science planetary science astronomy space weather geophysical research planetary change planetary atmospheres atmospheric science atmospheric research planetary geology planetary systems space exploration atmospheric measurement technique outer planets physics planetary exploration upper atmosphere geophysics planetary interiors numerical simulations planetary magnetospheres atmospheric environment atmospheric chemistry ionosphere aerospace engineering astrophysics atmosphere of earth magnetospheric plasma computational fluid dynamics thermal inertia mapping plasma physics nuclear fusion planetary geomorphology fusion science thermal structure aerosol science astroinformatics plasma interaction plasma chemistry multiphysics problems multi-physics modelling solar-terrestrial interaction space plasma physics ion mobility energy deposition synthetic aperture radar magnetoresistance oxygen isotopes space missions space mission design computational models meteoritics aerosol growth kronian magnetosphere prenoon sector global simulation saturn local time fluid flow environmental fluid mechanics orbit determination aerosol formation ion emission direct observation cloud dynamics asteroids celestial mechanics astrochronology lower thermosphere cassini inms observations ionization balance magnetospheric simulations ion tail flux tube erosion auroral electron precipitation model-observation comparisons

Notable Scholarly Works

Notable Federal Grants

Collaborators

Insights From and Future Directions for a Nationwide Science and Engineering Education Collaboration in Stratospheric Ballooning. Frontiers in Astronomy and Space Sciences (2026)

educationearth sciencespace educationstem educationnationwide sciencespace explorationfuture directionsspace researchphysic educationengineering education collaborationscience and technology studies

Contributors. Elsevier eBooks (2025)

Cesar BertucciSamuel P.D. BirchNathalie CarrascoAthena CoustenisAlvaro P. CróstaMatija ĆukMohit Melwani DaswaniNiklas J.T. EdbergCharles ElachiSarah A. FagentsAlexander G. HayesPaul HayneSarah HorstWing-Huen IpBaptiste JournauxKlara KalousovaFabien KenigTommi T. KoskinenValéry LaineyPanayotis LavvasAlice Le GallJean-Pierre LebretonRosaly M.C. LopesJuan M. LoraJonathan LunineJudy MalasMichael J. MalaskaKathleen MandtD’Arcy R. Meyer-DombardJonathan L. MitchellIngo C.F. Müller-WodargCatherine D. NeishConor A. NixonBenoît NoyellesMiguel Pérez-AyúcarJ. Taylor PerronLeonardo H. RegoliDaniel C. RussoAshley M. SchoenfeldDarci SnowdenAnezina SolomonidouChristophe SotinLinda SpilkerNicholas A. TeanbyGabriel TobieElizabeth P. TurtleSteven D. VanceVéronique Vuitton

Titan's Magnetic and Plasma Environment. (2025)

fusion sciencephysicsspace scienceplanetary magnetospheresspace weathermagnetohydrodynamicsplanetary scienceplanetary sciencesplanetary geology

Titan's Magnetic and Plasma Environment. Elsevier eBooks (2025)

electromagnetismspace scienceplanetary magnetospheresspace weathermagnetohydrodynamicsplasma environmentplanetary scienceplanetary sciencesgeophysical research

Nessp Roads National Challenge: Connecting With Communities and Creating Authentic Stem Experiences Based on NASA Mission Science and Engineering. (2024)

engineering educationundergraduate researchcommunity engagementmanagement engineeringenvironmental planningarchitecturecommunity-engaged researchdesign culturearchitectural designcommunity developmentspace educationphilosophy of engineeringservicelearningintegrative learningspace architecturestem educationhigher educationdesignengineering ethicstechnologyscience and technology studiesinterdisciplinary design

A Monte Carlo Model of Energy Deposition, Ionization, and Sputtering Due to Thermal Ion Precipitation Into Titan's Upper Atmosphere. (2021)

nuclear astrophysicscosmochemistryplanetary scienceplanetary sciencesspace scienceplanetary atmospheresplanetary changespace explorationthermal inertia mappingatmospheric chemistryion emissiongeophysical researchearth scienceatmospheric environmentatmospheric sciencenuclear materialsatmosphere of earthatmospheric researchnuclear fusionastronomyatmospheric measurement techniqueplanetary geology

The Science Case for a Titan Flagship-Class Orbiter With Probes. Bulletin of the AAS (2021)

Conor NixonJames AbshireAndrew AshtonJason W. BarnesNathalie CarrascoMathieu ChoukrounAthena CoustenisLouis-Alexandre CoustonNiklas EdbergAlexander GagnonJason D. HofgartnerLuciano IessStéphane Le MouélicRosaly LopesJuan LoraRalph D. LorenzAdrienn Luspay-KutiMichael MalaskaKathleen MandtMarco MastrogiuseppeErwan MazaricoMarc NeveuTaylor PerronJani RadebaughSébastien RodriguezFarid SalamaAshley SchoenfeldJason M. SoderblomAnezina SolomonidouDarci SnowdenXioali SunNicholas TeanbyGabriel TobieMelissa G. TrainerOrenthal J. TuckerElizabeth P. TurtleSandrine VinatierVéronique VuittonXi Zhang

orbit determinationspace missionsastronomyspace scienceplanetary explorationscience casespace explorationtitan flagship-class orbiterspace mission designplanetary sciencesaerospace engineering

A Monte Carlo Model of Energy Deposition, Ionization, and Sputtering Due to Thermal Ion Precipitation Into Titan's Upper Atmosphere. Icarus (2020)

numerical modeling (geology)earth scienceatmospheric researchatmospheric sciencespace scienceplanetary atmospheresenergy depositionthermal ion precipitationplanetary sciencemonte carlo modelplanetary sciencesgeophysical researchplanetary geology

Magnetospheric O + Precipitation and Sputtering at Titan. AGU Fall Meeting Abstracts (2020)

atmospheric researchgeophysicsatmospheric sciencespace scienceplanetary atmospheresplanetary geologyplanetary changeplanetary scienceplanetary sciencesgeophysical researchplanetary geomorphology

Magnetospheric O+ Precipitation and Sputtering at Titan. (2020)

atmospheric scienceastronomyspace scienceplanetary atmospheresspace weatherplanetary scienceplanetary sciencesgeophysical researchplanetary geology

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Darci Snowden

Professor

Central Washington University

Affiliations

College of the Sciences

Physics

Darci Snowden is currently serving as a College Of The Sciences Professor at Central Washington University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Darci Snowden

Central Washington University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Insights From and Future Directions for a Nationwide Science and Engineering Education Collaboration in Stratospheric Ballooning. Frontiers in Astronomy and Space Sciences (2026)

educationearth sciencespace educationstem educationnationwide sciencespace explorationfuture directionsspace researchphysic educationengineering education collaborationscience and technology studies

Contributors. Elsevier eBooks (2025)

Titan's Magnetic and Plasma Environment. (2025)

fusion sciencephysicsspace scienceplanetary magnetospheresspace weathermagnetohydrodynamicsplanetary scienceplanetary sciencesplanetary geology

Titan's Magnetic and Plasma Environment. Elsevier eBooks (2025)

electromagnetismspace scienceplanetary magnetospheresspace weathermagnetohydrodynamicsplasma environmentplanetary scienceplanetary sciencesgeophysical research

Nessp Roads National Challenge: Connecting With Communities and Creating Authentic Stem Experiences Based on NASA Mission Science and Engineering. (2024)

A Monte Carlo Model of Energy Deposition, Ionization, and Sputtering Due to Thermal Ion Precipitation Into Titan's Upper Atmosphere. (2021)

The Science Case for a Titan Flagship-Class Orbiter With Probes. Bulletin of the AAS (2021)

orbit determinationspace missionsastronomyspace scienceplanetary explorationscience casespace explorationtitan flagship-class orbiterspace mission designplanetary sciencesaerospace engineering

A Monte Carlo Model of Energy Deposition, Ionization, and Sputtering Due to Thermal Ion Precipitation Into Titan's Upper Atmosphere. Icarus (2020)

Magnetospheric O + Precipitation and Sputtering at Titan. AGU Fall Meeting Abstracts (2020)

atmospheric researchgeophysicsatmospheric sciencespace scienceplanetary atmospheresplanetary geologyplanetary changeplanetary scienceplanetary sciencesgeophysical researchplanetary geomorphology

Magnetospheric O+ Precipitation and Sputtering at Titan. (2020)

atmospheric scienceastronomyspace scienceplanetary atmospheresspace weatherplanetary scienceplanetary sciencesgeophysical researchplanetary geology

1
2
3
4
5
12
10 / page